| UCHIMOTO, Yoshiharu |
Science and technology of lithium-ion battery, Science and technology of Fuel Cells,Solid-state chemistry of the inorganic materials for electrochemical devices |
| UCHIYAMA, Tomoki |
Fuel cells, Water electrolysis, X-ray analysis using synchrotron radiation, Battery |
| KAJII, Yoshizumi |
Photochemical oxidant, air pollution, acid rain, long range transport, laser spectroscopy |
| KAWAMOTO, Takuo |
biomaterial, regenerative medicine, ES cell, enzyme, global environment, functional organocompound |
| KONISHI, Takashi |
|
| KOMATSU, Naoki |
carbon nanotubes, graphene, nanodiamond, nanoparticles, drug delivery, imaging probe, structural separation, chemical functionalization |
| SAKAMOTO, Yousuke |
|
| SHIMBAYASHI, Takuya |
Organic Synthesis · Transition Metal Complex · Catalytic Transformation |
| TAKAHASHI, Hiroki |
|
| TAKAMI, Tsuyoshi |
|
| TANABE, Setsuhisa |
Inorganic material, Ceramics, Glass, Luminescence, Rare earth, Photonic materials, Solid-state Lighting, LED |
| TSUE, Hirohito |
Organic molecular crystal, Molecular recognition, Gas storage, Organic synthesis |
| NAKAMURA, Toshihiro |
Plasma processing, Oxide electronics, Resistance random access memory, Transparent conducting film, Dielectric barrier discharge |
| HIROTO, Satoru |
π-conjugated molecules, Emission, Chirality, Stimuli-responsive, Supramoleculra chemistry |
| FUJITA, Ken-ichi |
transition metal complex, catalyst, green chemistry, hydrogen storage, molecular activation |
| YAMAMOTO, Akira |
Environmental catalyst，Metal nanoparticle，Solar energy conversion, Automobile catalyst， |
| YOSHIDA, Hisao |
Solar energy conversion, Artificial photosynthesis, Photocatalytic synthesis, Metal catalysis |
| WATANABE, Toshiki |
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